In this video from the HPCAC Swiss Conference 2014, Fisnik Kraja from science + computing ag presents: Performance Analysis and Optimizations of CAE Applications.
“While there are multiple benchmarks to measure the performance of technical computers, there currently isn’t an adequate methodology to evaluate the economic and scientific value HPC systems contribute. The HPC Innovation Excellence Award Program is designed to help close that gap.”
“We have worked with Boeing since 2005 and are honored to receive this award in acknowledgement of our efforts over the last twelve months,” said Mak Gilbert, engineering manager at Altair ProductDesign. “Our specialist teams work alongside Boeing’s engineers to optimise the performance and minimise the weight of their aircraft on a daily basis. We are grateful to receive this award as a sign of the successful and close working relationship between our two companies.”
“This presentation examines the HPC performance characteristics of CAE software, and the current state of GPU parallel solvers in commercial CAE that support product design in manufacturing industries. Case studies from industry will be presented that include HPC adoption of GPUs for production CAE and HPC technology and the benefits they provide. Rapid simulation from GPUs demonstrates the potential of a novel HPC technology that can transform current practices in engineering analysis and design optimization procedures.”
“Creating the right sound profile for a product is increasingly complicated. The current emphasis on energy efficiency and smaller environmental footprints, driven by government mandates and consumer preferences, influences the design of vehicles, aircraft, personal electronics and household appliances. Integrating acoustic simulation software into their design processes gives them insight before their products hit the showroom floor – or in other words, when it’s too late.”
HPC Centers play a critical role in providing resources and expertise to improve the effectiveness of CAE simulation for manufacturing companies. “The HPC team at NCSA is able to leverage the compute power of Blue Waters, ISV relationships and the industrial partnerships to enable new levels of performance in CAE simulation (again, it’s a team effort).”
Researchers are using TACC supercomputers to design next-generation of offshore floating platforms. “Technip has one of the largest computer clusters among engineering companies, but the simulations would take weeks to complete, said Jang Kim, Chief Technical Advisor at Technip. “Stampede has allowed us to run simulations in one day or even overnight. We are then able to get these safer designs out into use faster.”